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What is PhysicsX?
PhysicsX is an AI-driven engineering platform that accelerates physics simulations to near real-time speeds for engineers in aerospace, automotive, and renewable energy sectors. It enables rapid design optimization and process improvement, allowing engineers to explore millions of configurations and push the boundaries of what's physically possible in complex machine development.
What sets PhysicsX apart?
PhysicsX sets itself apart with its focus on AI-driven engineering for complex machines in climate and health-related industries. This specialized approach helps engineers in fields like aerospace and renewable energy tackle tough problems that really matter to their businesses. PhysicsX works hand-in-hand with customers, becoming part of their team to create tools that fit right into existing workflows.
PhysicsX Use Cases
- Accelerate physics simulations
- Optimize complex machine designs
- Automate engineering workflows
- Enable real-time design iterations
- Improve manufacturing processes
Who uses PhysicsX?
Features and Benefits
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Accelerate complex physics simulations to near real-time, enabling rapid design iterations and optimizations. AI-Powered Simulations - Streamline engineering processes by allowing any engineer to manage all parts of the workflow, minimizing handovers and accelerating iterations. Cross-Functional Workflows
- Leverage deep learning models to encode data and insights from previous work, resulting in significant time and cost savings for new simulation projects. Knowledge Encoding
- Explore vast parameter spaces across millions of designs and operating points, optimizing performance beyond traditional engineering limits. Comprehensive Optimization
- Connect design, manufacturing, and operations teams with a single toolset, increasing efficiency and overall engineering performance. Unified Platform
Pricing
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AI and simulation engineering technologies - Applications for climate and human health
- Custom solutions for advanced industries
PhysicsX Alternatives
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